An OWL ontology for Reinforced Concrete Retaining Wall (Gravity Type) design for storage facilities and contaminant structures.
An abstract ontology for Sanitary Drainage Network
An integrated Ontology of A COMPLEX COMBINED SYSTEMS
Ontology representing Rooftop Helipad design concepts including components, materials, and uses.
This is an Ontology about the foundation of a residential home.
Medium-grained quartz sand (locally sourced / recycled)
Material efficiency / minimal intervention
Material efficiency with compliant performance
Crack control and basic structural capacity
Enhanced robustness and crack limitation
Material efficiency with compliant stability
Material efficiency with adequate wall stability
Enhanced resistance to sliding and overturning
Reliable load transfer under standard conditions
Material-efficient foundation with adequate safety
Enhanced robustness under extreme and uncertain loads
Reliable load transfer and soil retention
Material efficiency with compliant structural performance
Enhanced resistance to earth pressure and durability
Basic wall stability and axial load resistance
Minimum compliant reinforcement for stability
Gravity-based helipad surface and subsoil drainage
Functional runoff removal under normal conditions
Material efficiency and minimal earthworks
Robust gravity-based drainage with redundancy
High reliability under intense rainfall and snowmelt
Reliable load distribution to foundation system
Material efficiency with compliant load distribution
Enhanced load capacity and robustness under extreme conditions
Maximize stormwater infiltration and groundwater recharge
Structural adequacy and operational safety
High load capacity and robustness under extreme conditions
Energy-efficient LED lighting (low-power)
High-reliability LED lighting with redundancy
Material-efficient access with compliant performance
Enhanced durability and access under demanding conditions
Stable earth retention under normal conditions
Robust stability and performance under extreme conditions
Standard elastic joint sealant (minimal intervention)
Reliable support infrastructure with standard safety margins
Functional operation under standard conditions
Mixed compacted ground and infrastructure zones
Material-efficient and low-disturbance design
Minimize environmental impact while meeting operational needs
Remote site with minimal disturbance strategy
Low-impact footprint with infiltration-focused surfaces
High robustness, redundancy, and safety emphasis
Maintain operation under extreme events and uncertainties
Remote site with challenging terrain and exposure
Hardened and protected infrastructure footprint
Material efficiency with adequate structural capacity
Enhanced robustness and durability under exposure
Gravity-fed stormwater conveyance to outlet
Reliable drainage under normal rainfall conditions
Gravity network prioritizing infiltration and low earthworks
Reduce runoff discharge and support infiltration
Robust gravity network with conservative conveyance
Maintain function during extreme rainfall events
Robust discharge under extreme rainfall events
Maintain tank function during peak inflow events
High-capacity inlet with overflow bypass
Material efficiency and minimal intervention
High durability, skid resistance, harsh climate operation
High-performance epoxy / composite helipad surface
Surface trench drain with debris tolerance
Standard pipe inspection and maintenance access
Enhanced durability and accessibility under harsh conditions
Polymer-modified bituminous waterproof membrane
Single-layer synthetic waterproof membrane
Reinforced multi-layer waterproof membrane